The Green Bank Telescope (GBT) in West Virginia recently captured a grainy image of NASA's Artemis 2 spacecraft, known as Integrity, as it orbited the Moon. This observation, made from about 200,000 miles away, highlights the capabilities of radio astronomy, which relies on powerful radio signals rather than optical visibility. Over five days, the GBT tracked the spacecraft's trajectory, providing vital data for NASA's mission. National Science Foundation scientist Will Armentrout emphasized the significance of the pixelated image, representing the four astronauts on a historic journey into deep space. The collaboration between NASA and the National Science Foundation demonstrates the potential of ground-based radar systems to enhance safety in space exploration. This technology not only aids in tracking lunar orbits but also prepares for a future with increased international and commercial activities in space. As deep-space missions become bolder, the line between professional astronomers and amateur enthusiasts is blurring, allowing more people to engage in observing and logging data from these monumental events.